Conflicting Models for the Origin of Life 1st Edition

Conflicting Models for the Origin of Life, 1st Edition by Stoyan K. Smoukov draws readers into the great scientific debate over how life began on Earth — and what that means for life beyond our planet. Engaging and rigorously researched, this book contrasts competing hypotheses from the classic RNA-world to metabolism-first, lipid-world, and mineral-surface scenarios, guiding you through experimental evidence, theoretical frameworks, and the planetary contexts that shape each model.

You’ll find clear explanations of prebiotic chemistry, hydrothermal vent hypotheses, tidal-pond theories, and implications for astrobiology and exoplanet studies. Smoukov synthesizes laboratory results, field observations, and computational insights to highlight where models converge, where they conflict, and what crucial experiments might resolve open questions. Accessible to advanced students, researchers, and curious readers, the text balances technical depth with readable prose.

Rich with global perspective — from early Earth environments to icy moons and habitable exoplanets — this volume is essential for anyone interested in abiogenesis, planetary science, and the origins of biology. Smoukov’s balanced critique and forward-looking recommendations make this 1st Edition a landmark reference for teaching, research, and informed public reading.

If you’re fascinated by how life could emerge from chemistry and planetary processes, add Conflicting Models for the Origin of Life to your collection today — a definitive, thought-provoking guide to one of science’s biggest questions.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.